Scan to BIM design software to plan and design in the context of reality

Lean building projects are often planned, created, designed and managed within a BIM design system. These systems store all the needed information around the project and sharing an always up to date data source with the project stakeholders representing the data as a digital Building Model. FARO As-Built software ensures a traceable conversion of the scanning measurement data into the BIM design systems for planning and design of your building projects based on the as-built conditions.

It allows fast and efficient creation of 2D-, 3D- and BIM models, that matches to the constraints of the design system and the tolerances of the stakeholders. Fully integrated into the major Autodesk Building design systems, As-Built modelling workflows can be quickly mastered and profitably applied to the daily business.

Data processing for various data capturing devices (laser scanner, drone, total station or mobile mapping system) to ensure full usability of the deliverables from your data capturing service provider.

Automatic but user controlled workflows ensure efficiency and traceability of the overall process

A wide variety of easy to use functions ensure you have the right toolset to process data from different functional parts of the building e.g. Piping/MEP Design, Floor/ Elevation plan, Steel construction or complement the As-Built models with additional semantic information like room books or facility management ready database information

Comparison of modeled CAD design with the measurement data to prove if the model quality is within the given tolerances

Quick, intuitive, automated but user controlled workflows to extract information from the measurement data directly within Autodesk® Revit® matching the constraints of the BIM design software

Tracking of model accuracy with tolerance checkup based on national (e.g. USIBD) or international standards or stakeholder’s specifications

Object creation inside the Autodesk® Revit® Family Editor based on laserscanning data to create as detailed and accurate as possible component catalogues matching the common LOD guidelines.